Articles by NXP Semiconductors, Chandler, Ariz.

NXP introduces portfolio of broadband LDMOS RF ICs for outdoor small cell base stations

NXP Semiconductors N.V. introduced the industry’s largest portfolio of broadband 28 V LDMOS two-stage, dual-path Doherty-optimized Integrated Circuits (ICs) for small cell base stations. As part of NXP’s leading RF power transistor portfolio, the new LDMOS ICs are designed to provide RF power, efficiency, and gain in all current and proposed frequency bands, from 700 to 3800 MHz, with RF output power of 2.5 to 12 W.


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NXP’s 1.5 kW RF power transistor sets new benchmark

NXP Semiconductors introduced the most powerful RF transistor in any technology operating at any frequency. Designed to deliver 1.50 kW CW at 50V, the MRF1K50H can reduce the number of transistors in high-power RF amplifiers, which decreases amplifier size and bill of materials. The MRF1K50H operates up to 500 MHz for a broad range of applications from laser and plasma sources to particle accelerators, industrial welding machines, radio and VHF TV broadcast transmitters, and amateur radio linear amplifiers.


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NXP and Nokia’s Bell Labs demo converged 5G wireless and wireline access technology

NXP Semiconductors™ N.V., a worldwide leader in advanced systems solutions for the world’s new virtualized networks, and Bell Labs, the industrial research division of Nokia, announced they are the first to create and demonstrate a universal access device that can be used to combine wireline and wireless access support. The device is capable of supporting wireline (cable, DSL/copper) and wireless (LTE, 5G) standards with a single modem.


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NXP announces strategic initiative to Fast-Track 5G

NXP Semiconductors N.V., a worldwide leader in the cellular infrastructure market, announced the strategic alignment following the merger of NXP and Freescale of comprehensive products and technologies to meet the complete system challenges of 5G. NXP’s comprehensive portfolio of low and high power RF technologies are being combined to address 5G demands of bandwidth, linearity, power-efficiency and small form factor solutions.


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